public bool CompareFace(RescueTriangulatedSurface toCompare)
{
bool myReturn = CompareFace5(nativeNdx
, (toCompare == null) ? 0 : toCompare.nativeNdx);
return(myReturn);
}
public long FaceNdx64(RescueTriangulatedSurface tSurf)
{
long myReturn = FaceNdx19(nativeNdx
, (tSurf == null) ? 0 : tSurf.nativeNdx);
return(myReturn);
}
public float V(RescueTriangulatedSurface tSurf)
{
float myReturn = V18(nativeNdx
, (tSurf == null) ? 0 : tSurf.nativeNdx);
return(myReturn);
}
public bool SurfaceOnNode(RescueTriangulatedSurface surf)
{
bool myReturn = SurfaceOnNode20(nativeNdx
, (surf == null) ? 0 : surf.nativeNdx);
return(myReturn);
}
public void SetUVValue(RescueTriangulatedSurface surface,
long faceNdx,
float u,
float v)
{
SetUVValue14(nativeNdx
, (surface == null) ? 0 : surface.nativeNdx
, faceNdx
, u
, v);
}
public RescuePolyLineNodeUVT(RescueContext context,
RescueTriangulatedSurface faceIn,
long faceNdxIn,
float u,
float v)
{
nativeNdx = Create_RescuePolyLineNodeUVT0((context == null) ? 0 : context.nativeNdx,
(faceIn == null) ? 0 : faceIn.nativeNdx,
faceNdxIn,
u,
v);
}
public RescueTriangulatedSurface TriangulatedSurface()
{
long returnNdx = TriangulatedSurface31(nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueTriangulatedSurface SurfaceTriangulatedIdentifiedBy(long identifier)
{
long returnNdx = SurfaceTriangulatedIdentifiedBy9(nativeNdx
, identifier);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueTriangulatedSurface Face(RescueModel model)
{
long returnNdx = Face6(nativeNdx
, (model == null) ? 0 : model.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueTriangulatedSurface NthTSurf(RescueModel model,
long zeroBasedOrdinal)
{
long returnNdx = NthTSurf16(nativeNdx
, (model == null) ? 0 : model.nativeNdx
, zeroBasedOrdinal);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueTriangulatedSurface CreateTriangulatedSurface(cSetRescueTriangleVertex verticesIn,
cSetRescueTriangleFace facesIn)
{
long returnNdx = CreateTriangulatedSurface28(nativeNdx
, (verticesIn == null) ? 0 : verticesIn.nativeNdx
, (facesIn == null) ? 0 : facesIn.nativeNdx);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueProperty(RescueTriangulatedSurface parentSurface,
string propertyNameIn,
string propertyTypeIn,
string unitOfMeasureIn,
int applies,
int nullValue,
int[] valueArray,
int attachedToIn)
{
nativeNdx = Create_RescueProperty1((parentSurface == null) ? 0 : parentSurface.nativeNdx,
propertyNameIn,
propertyTypeIn,
unitOfMeasureIn,
applies,
nullValue,
valueArray,
attachedToIn);
}
public RescueProperty(RescueTriangulatedSurface parentSurface,
string propertyNameIn,
string propertyTypeIn,
string unitOfMeasureIn,
int applies,
RescueLookup lookupTableIn,
char nullValue,
char[] valueArray,
int attachedToIn)
{
nativeNdx = Create_RescueProperty3((parentSurface == null) ? 0 : parentSurface.nativeNdx,
propertyNameIn,
propertyTypeIn,
unitOfMeasureIn,
applies,
(lookupTableIn == null) ? 0 : lookupTableIn.nativeNdx,
nullValue,
valueArray,
attachedToIn);
}
public RescueTriangulatedSurface CreateTriangulatedSurface(int vertexCount,
float[] coordinates,
int faceCount,
int[] faces)
{
long returnNdx = CreateTriangulatedSurface30i(nativeNdx
, vertexCount
, coordinates
, faceCount
, faces);
if (returnNdx == 0)
{
return(null);
}
else
{
RescueTriangulatedSurface myReturn = new RescueTriangulatedSurface(returnNdx);
return(myReturn);
}
}
public RescueSOctTreeNode(RescueTriangulatedSurface parent,
float minX,
float maxX,
float minY,
float maxY,
float minZ,
float maxZ,
long xDivisions,
long yDivisions,
long zDivisions)
{
nativeNdx = Create_RescueSOctTreeNode0((parent == null) ? 0 : parent.nativeNdx,
minX,
maxX,
minY,
maxY,
minZ,
maxZ,
xDivisions,
yDivisions,
zDivisions);
}
public int FaceNdx(RescueTriangulatedSurface tSurf, bool throwIfTooBig) //thro RuntimeException
{
return(RescueContext.Return32For64(FaceNdx(tSurf), throwIfTooBig));
}
public int FaceNdx(RescueTriangulatedSurface tSurf)
{
return((int)FaceNdx64(tSurf));
}